首页> 外国专利> METHOD FOR ORTHOGNATHIC SURGERY WITH MAXILLA-MANDIBULAR EXTENSION FOR PERSONS WITH OBSTRUCTIVE SLEEP APNEA SYNDROME

METHOD FOR ORTHOGNATHIC SURGERY WITH MAXILLA-MANDIBULAR EXTENSION FOR PERSONS WITH OBSTRUCTIVE SLEEP APNEA SYNDROME

机译:阻塞性睡眠呼吸暂停综合症患者上颌下颌骨正位手术的方法

摘要

FIELD: medicine.;SUBSTANCE: virtual computer simulation of the operation is performed. During simulation, an increase in the volume of the respiratory spaces of the pharynx is taken into account. To do this, during planning of osteotomy fragments movement, positions of the following points and angle are considered: Pog′ - projection of the front point of the chin bone contour Pog (pogonion) on the soft tissue chin contour, MxI - point designating the incisal edge of the maxillary incisor, MxOP angle - slope of the occlusal plane of the maxilla, defined as an angle between the occlusal plane line and the true vertical line of the face. Further, virtual movement of the jaws in space is performed according to these points and angle, taking into account the aesthetic changes in the face. Pog' point extension is performed in the sagittal plane with respect to the true vertical line of the face (TVL) to the "-0.7" mm position in women and "-1.7" mm in men, according to the cephalometric analysis of Arnett/McLaughlin. MxI point extension is performed in the sagittal plane relative to the TVL to the "-7" mm position in women and "-10.3" mm in men, according to the cephalometric analysis of Arnett/McLaughlin. The angle of Mx OP inclination is changed with respect to the TVL to the 93.8° position in women and 93.6° in men, according to the cephalometric analysis of Arnett/McLaughlin. Based on the virtual 3D movements of the upper and lower jaws fragments, a spotting template is designed and manufactured using a 3D printer. Bilateral sagittal osteotomy of the lower jaw and osteotomy of the upper jaw are performed at the level of Le Fort I with maxillo-mandibular extension to a distance determined by the template.;EFFECT: method allows to expand the respiratory spaces in the soft palate projection, to eliminate its occlusion with obstruction during sleep, to provide aesthetically correct position of the anatomical formations of the given area: chin, upper jaw, lower and upper lips, facial proportions as a whole and relative to each other by extending the chin of the lower jaw forward in the sagittal plane and extending the upper jaw forward with the complex of palate soft tissues attached to it.;1 ex
机译:领域:医药;实体:执行虚拟计算机模拟操作。在模拟过程中,考虑了咽呼吸空间的增加。为此,在计划切骨术碎片运动时,应考虑以下点和角度的位置:Pog'-下巴骨轮廓的前端点的投影Pog(角蛋白)在软组织下巴轮廓上的位置,MxI-指定下颌骨轮廓的点上颌切牙的切缘,MxOP角-上颌的咬合平面的斜率,定义为咬合平面线与面部的真正垂直线之间的角度。此外,考虑到面部的美学变化,根据这些点和角度在空间中进行颌的虚拟运动。根据Arnett /的头颅测量分析,Pog'点延伸是在矢状面上相对于面部的真实垂直线(TVL)达到女性的“ -0.7”毫米位置,男性的“ -1.7”毫米位置麦克劳克林。根据Arnett / McLaughlin的头颅测量分析,相对于TVL,矢状面中的MxI点扩展在女性中达到“ -7”毫米,在男性中达到“ -10.3”毫米。根据Arnett / McLaughlin的头颅测量分析,女性相对于TVL的Mx OP倾斜角度已更改为93.8°,男性为93.6°。基于上下颚碎片的虚拟3D运动,使用3D打印机设计和制造点样模板。下颌的双侧矢状截骨术和上颌骨的截骨术在Le Fort I水平上颌下颌骨延伸至模板确定的距离。;效果:该方法可扩大软pa投影中的呼吸空间,以消除其在睡眠时阻塞的闭塞现象,从而在美学上正确地给定区域的解剖结构位置:下巴,上颚,下嘴唇和上嘴唇,整个面部比例以及通过延伸下巴而彼此相对下颌在矢状面中向前移动,上颌向前延伸,并附着有上soft软组织。1ex

著录项

  • 公开/公告号RU2635827C1

    专利类型

  • 公开/公告日2017-11-16

    原文格式PDF

  • 申请/专利权人 MOKHIREV MIKHAIL ARKADEVICH;

    申请/专利号RU20160149779

  • 发明设计人 MOKHIREV MIKHAIL ARKADEVICH;

    申请日2016-12-19

  • 分类号A61B6;A61B17/24;

  • 国家 RU

  • 入库时间 2022-08-21 12:35:59

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